While x<1000
print x
x=x+1
wend
Yes there is !
You can crack a 3-digit combination lock by sequentially trying every possible number. Writing down and keeping track of every number used will help avoid confusion and speed up results.
3 is added to every number 3 is added to every number
Yes.
There is no perfect square number between 1 and 4. On the other hand, every number is a square - or its square roots.
"Every rational number" is a single value and there cannot be anything between only one thing!
Technically there is no differences between Windows and DOS. DOS is an acronym for Disk Operating System which every computer has to have to operate.
Yes there is !
yes there is, it's between every number
If you've lost the combination, your only option is to 'cycle' through every number - starting with the lowest - until you find the correct number !
Your only solution - is to go through every possible combination from 0000 to 9999 until you find the correct number !
Assume you want to know if every number between 1 and 90 is a composite number. No, not every number between 1 and 90. Take 2 for instance. Then, 2 is prime since the factors of 2 are 1 and itself! * * * * * Assumed wrong! In the 90s refers to 90-99, but the answer is correct, because 97 is a prime.
You can crack a 3-digit combination lock by sequentially trying every possible number. Writing down and keeping track of every number used will help avoid confusion and speed up results.
3 is added to every number 3 is added to every number
Yes, there is exactly one even number between every pair of consecutive odd numbers; I hope that is what the typing-challenged questioner meant.
Every number is a square root of some number. So any number between 5 and 6 is a square root.
Yes.